在这样的界面上电磁波、热波、光波和声波能够反射。
Waves of electromagnetism, heat, light and sound can be reflected at such an interface.
包括焊接主回路、采样电路、触发电路、同步电路、电磁气阀启动电路、显示界面以及看门狗等电路。
The circuit including the main welding circuit, shows the interface, watch dog circuit, sampling circuit, trigger, synchronous circuit and electromagnetism gas valve etc.
具有不同的声学、光学或电磁学特征的层之间的界面。
An interface between layers of contrasting acoustic, optical or electromagnetic properties.
在狭义相对论的基础上，对运动媒质界面的高频电磁特性进行了分析，给出了广义折射以及频率的特性关系。
The electromagnetic properties of the moving media interface in a high frequency range is analysed and the dependence of generalized refraction on frequency is obtained based on special relativity.
本文的核心是飞机电磁干扰故障诊断系统的软件设计中的界面实现和底层控制部分。
This is the core of the aircraft electromagnetic interference fault diagnosis system software design of the interface implementation and the underlying control section.
本文分别讨论了机械波、电磁波、物质波在两种介质的分界面正入射传播时产生半波损失的本质。
In this paper, we discuss the nature of half-wave loss about mechanical wave, electromagnetic wave and matter wave respectively.
导电介质中的平面电磁波在介质的分界面上也发生反射与透射。
The plane electromagnetic wave in an electric medium also reflects and transmits on the interfaces.
直接利用电磁场场量的相对论变换，得出了运动分界面处电磁场的边值关系。
The relativistic transforms of electromagnetic field components are utilized, and the relationships between electromagnetic field components on moving interface are derived.
驻波的边界条件是平行界面上电磁场矢理的连续。
The boundary conditions of standing wave are the continuous electromagnetic vectors on the parallel interfaces.
对电磁场作用下金属凝固界面前沿颗粒行为进行了考察。
Behavior of the particles in front of metallic solidifying interface under electromagnetic force was discussed.
对照工程施工剖面，推断的灰岩界面与其基本对应，验证了瞬变电磁工作的推断结果。
Compared with actual engineering profile, inferred boundary of underlying limestone is roughly corresponding to real one, and inferred results of transient electromagnetic method are verified.
对照工程施工剖面，推断的灰岩界面与其基本对应，验证了瞬变电磁工作的推断结果。
Compared with actual engineering profile, inferred boundary of underlying limestone is roughly corresponding to real one, and inferred results of transient electromagnetic method are verified.
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